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Electron induced dissociation of the NaCl(111) surface
A. Friedenberg
*
,
Y. Shapira
*
Corresponding author for this work
Department of Electrical Engineering - Physical Eng.
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Engineering & Materials Science
Sodium chloride
100%
Reflection high energy electron diffraction
97%
Sodium
97%
Electrons
95%
Ultrahigh vacuum
74%
Auger electron spectroscopy
74%
Epitaxial growth
66%
Mass spectrometry
60%
Chlorine
57%
Desorption
54%
Oxygen
38%
Carbon
35%
Gases
27%
Physics & Astronomy
sodium
84%
oxygen compounds
77%
dissociation
77%
chlorine
50%
ultrahigh vacuum
47%
high energy electrons
47%
Auger spectroscopy
47%
mass spectroscopy
46%
electron spectroscopy
46%
desorption
41%
electron diffraction
40%
electrons
40%
quadrupoles
39%
vapor phases
37%
carbon
31%
causes
28%
thin films
24%
Chemistry
Reflection High Energy Electron Diffraction
76%
Dissociation
68%
Quadrupole Mass Spectroscopy
60%
Sodium Atom
59%
Epitaxial Growth
57%
Auger Electron Spectroscopy
53%
Electron Particle
51%
Chlorine
41%
Vacuum
37%
Desorption
36%
Molecular Cluster
30%
Surface
30%
Gas
25%
Liquid Film
22%